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5 Watt MR1605WH-V2AN LED Lamp with driver From GlacialLight
  -With high efficiency Nichia LED, for very long life and big energy savings-
20 th September 2011, Taipei, Taiwan – GlacialLight, a division of experienced global technology leader, GlacialTech Inc., today announced the MR1605WH-V2AN LED Lamp and GP-HS05N driver bundle, as part of the Mizar Series of LED lighting products.

This high efficiency 5W LED lamp and driver are an ideal replacement for older, less-efficient light sources that use a GU5.3 bipin connector. The MR1605WH-V2AN LED lamp and GP-HS05N driver combo is a perfect choice for any location that can benefit from lower energy costs and more satisfied users. Its key advantages are remarkably low energy and maintenance costs.

This lamp's bright natural illumination is great for all interiors. Applications include architectural lighting, spot lighting, cabinet lighting, commercial lighting, retail lighting, accent lighting, hallway lighting, and other indoor spaces. The MR1605WH-V2AN uses Nichia LED technology for long life, low heat, and greatly reduced power costs.

A top priority during the design process for this product was saving money for users. The MR1605WH-V2AN's LED technology slashes maintenance costs, with a rated lifetime of 30,000 hours. Thanks to the specially-designed GP-HS05N driver, the LED lifetime is further prolonged by eliminating the need for an AC transformer and a DC-to-DC LED driver. This single stage power conversion also brings potential savings in cost, space, and thermal output. More energy efficient than traditional light sources, the MR1605WH-V2AN typically offers a luminous efficacy of up to 70, even as it reduces power consumptio n. This further cuts waste heat, helping to keep indoor temperatures under control and bringing impressive savings on air conditioning and cooling.

The MR1605WH-V2AN brings precision illumination on demand with a non-dimmable 50° beam. Two color variants are available. The GL-MR1605WH-V2AN-CW provides bright daylight illumination at 5000K with a Color Rendering Index (CRI) of over 70, while the GL-MR1605WH-V2AN-WW illuminates with a warm 3000K beam and a CRI better than 80.

The GP-HS05N AC-to-DC driver accepts a wide range of AC power sources, from 100 volts to 240 volts, and has IP67 ingress protection against dust and water, making it an ideal choice for a wide range of environments, including harsh conditions.

The MR1605WH-V2AN and the HS05N -12C 1 driver are carefully designed to work together to bring you outstanding perfo rman ce. Use of the MR1605WH-V2AN with other drivers or power sources may impair product perfo rman ce and lifetime, and void the warranty.

GlacialLight has made these products fully RoHS compliant to protect customers and the environment. They do not contain mercury or other hazardous chemicals. Unlike competing lighting products, the MR1605WH-V2AN does not emit harmful UV or IR radiation, making it far more eco-friendly than traditional lighting fixtures and other lighting technologies. Even the packaging can be recycled.

GlacialLight's Mizar Series is the low cost, well-designed choice for a wide range of interior lighting applications. The company backs up the MR1605WH-V2AN with a full two year warranty. GlacialLight is very excited to be bringing these new lamps and drivers to its existing and new partners all around the world.

Read more about this product here: http://www.glaciallight.com/products/LED-MR16-5WH-V2.htm
 
Features of MR1605WH-V2AN lamp and GP-HS05N driver
High brightness
Uses NICHIA LEDs
Single stage power conversion brings high efficiency and reliability
Luminous Efficacy of up to 70
Energy saving and environment friendly
Cool light minimizes rise in ambient temperature
Extremely long operating life, 30,000 hours
No Mercury, No UV or IR light radiation, RoHS compliant
Robust and durable, for indoor use
Driver complies with IEC 61347 safety standard
Fast switch response
Compatible with standard replacement lamps
GU 5.3 base for extra retention in lampholder
2 year warranty
 
Specifications of MR1605WH-V2AN : AC-Non-Dimmable
Type GL-MR1605WH-V2AN-WW GL-MR1605WH-V2AN-CW
Energy Used 5W
Rated Life 30,000 Hours
Input Voltage 100 -240V AC
CCT 3000K 5000K
Luminous Flux (lm) 250 350
Beam Max CP (cd) 273 357
Luminous Efficacy 50 70
CRI > 80 for warm white ; >70 for cool white
Base GU5.3
Dimension Ф49.7x 45.5mm
Beam Angle Spot - 50°
 
Advantages of bundling MR16 LED lamps with the GlacialPower AC-to-DC LED driver
 1. The AC-to-DC LED driver can accommodate a universal AC input voltage range 90~264Vac.

 2. One-stage power conversion enhances the product's already high efficiency and reliability.
 3. Compatibility issues are avoided and the LED lifetime prolonged by eliminating the need for an AC
   transformer and DC-to-DC LED driver in the lighting system.
 4. Accredited with IP67 ingress protection against dust and water, the HS05N series can put up with harsh
  environments.
 5. The AC-to-DC LED driver also complies with the IEC 61347 safety standard.
 
Excellent LED lighting products you can trust
Design of LED lighting products is based on three core technologies including electrical design (LED drivers), mechanical design (cooling devices), and optical design (lamp holders), respectively performed by GlacialPower, GlacialTech, and GlacialLight in the GlacialTech family. With the three core technologies in hand, GlacialTech has integrated all the resources required for exceptional designs and manufactures excellent LED lighting products which you can trust.

Advantages and benefits of LED lighting compared to traditional lighting
Directional lighting: ideal for flashlights/torches and spotlights
No warm-up time in cold environments: LEDs don't require warm-up time like conventional CFLs
No harmful radiation and no hazardous metals: LEDs don't emit harmful radiation such as Ultraviolet or
  Infrared emitting halogen lamps and don't contain hazardous metals such as mercury contained in
  mercury lamps
Extremely long lifetimes free users from frequent bulb replacement
Extremely small carbon footprints: an environmentally-friendly technology
 
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